What would happen if any object move with faster than light?


1)

It's not quite true that "It is not possible according to special theory of relativity", because you do not need infinite energy (according to the special theory of relativity) to go faster than light.  If you move smoothly you can't get to that speed from sublight without crossing c, at infinite cost, but nothing in SR directly says that 'tachyons' -- which always travel faster than light, and need energy to slow down -- cannot exist. And maybe you could quantum tunnel your speed past c, without paying the cost of travelling at c.

That said, we have the name tachyon, and some fine comic books and SF   novels starring tachyons, but not the faintest hint of their real existence.

  2)

The overwhelming likelihood is that this is not possible. For one thing, it should be easy to see particles moving faster than c, if they exist, because they would emit Cerenkov radiation. Never observed.

However, there are other significant issues. Since the denominator of the Lorentz transformation would be imaginary, mass has to be imaginary as well in order for quantities like energy and momentum to be real valued (or the other way around). It isn't at all clear what an imaginary value means for an observable quantity, but it probably means "that thing doesn't exist."

Another issue is that it isn't hard to show that if there is any interaction at all between super and sub luminal particles, then superluminals should be able to emit an infinite number of subluminals without losing energy. That gets us into a whole knotty issue with conservation laws. Since conservation laws are connected to fundamental symmetries, again that means probably no such thing exists.

 3)1. As per Theory of relativity u may have a infinite energy source which will give u energy aa per requirment.
2. No substance (matter) can travel with velocity of light neither greater velocity of velocity of light.
3 If u can approach that to our disability then real game starts.
4. If yur particle OR that substance is moving with velocity of light OR by grater than 3×10^8 m/s in grater diameter circle  then time becomes slow for that respective matter.
5. The same story is with black hole.
In black hole everything is with greater velocity than light,then if u r in black hole for (let's say) 10 yrs then on earth it might be time passes by much greater than 10yrs.
6. It directly imbibe us that u r little bit slower than our fundamental unit with respect to time (which is also a fundamental unit).
7. You will be a time traveller if u r satisfying given condition

How do flames burn upward while gravity pulls them down?It's precisely because of gravity that they go upwards. The gravity is pulling on both it and the air. The air, being cooler and thus denser, puts pressure on the lighter flame when it is displaced. That pressure is stronger on the bottom than the top, and pushes the flame upwards. That's buoyancy; it's the same thing that makes boats float.

When the gravity is absent, the cooler, denser air doesn't flow downwards. It continues to put pressure on the flame from all directions, which means it comes out as a sphere rather than going upwards. This is what a flame looks like on a space station:

The bottom is flat because it bumps into the candle wax, but otherwise it's effectively a sphere.

 

What is the value of X and Y if the perimeter is 70 cm?

'cc' normally refers to the volume of the engine cylinder in cubic centimetre (cc) of a vehicle in this context.

Eg: Maruti 800(800cc), TVS 50(50cc)

This cc value indirectly represents the power of the vehicle. How???

Amount of fuel-air mixture compressed in an engine cycle = Volume of the engine cylinders = cc of the vehicle.

The more the fuel burnt in a cycle, the more the explosion and heat generated, the more the power of the vehicle.

When the cc is large, the power is more and so you will have a quick pick up in starting and accelerating the vehicle. and so speed will be high for the vehicle with higher cc whereas the mileage will be low for these vehicles. Because more volume of fuel is utilised in a single stroke of piston owing to the large volume of the engine cylinder.

Coming to torque,

Torque is nothing but the load carrying capacity of the vehicle. More the torque more the load the vehicle can carry.

Torque is more or less related to the speed and the gearing system of the vehicle .

In a vehicle with gears, the first gear usually provides high torque but low speed, as the gears increase to fifth gear it provides low torque but high speed.

The torque required to move a vehicle from rest is high that's why we are using first gear to start the vehicle.

This explains, consider driving a bicycle initially when you start the cycle from rest you need to put more pedal effort than the effort you put when you are moving in a constant speed.

When the speed is low torque will be more and vice versa.

Would it take more 'infinite' energy to move a spaceship to the speed of light than it would to move a molecule of atoms to the speed of light?

Lets say you are putting energy into the two objects equally and at the same time. Would the extremely massive spaceship or the single atom reach the speed of light first?

They would reach the speed of light simultaneously and here's why:

It takes an infinite amount of energy to make any particle of mass move at the speed of light. To acquire this much energy it would take all of the energy for an infinite amount of time.

So, they would both happen at the same time, and also never. It's similar to the idea that the mass of an atom * infinite energy = mass of spaceship * infinite energy. It doesn't change the fact that infinity is still infinity. Great question!

In other words: The energy required moves to infinity while time moves to infinity. The two lines showing energy per time intersect at the point (infinity, infinity).

The atom would accelerate faster at first and show a much higher velocity for the time right after you started adding energy to them, but after a while their speeds get closer and closer and closer to each other until they finally intersect at the speed of light and infinite time!

  

An unmanned spacecraft named ExoMars 2016 was successfully launched jointly Europe and Russia to search for biosignatures on Mars (or Martian life) in past or present.
The spacecraft was launched on a Proton-M rocket operated by Russia’s Roscosmos from Baikonur, Kazakhstan. ExoMars 2016 is the first of a two-phase of ExoMars (Exobiology on Mars) program.

Where is the film placed in a simple camera?